For the system shown in the figure:1) Find the response in steady state when a force is applied at point Af(t) = Feiwt and at point B a movement is imposed y(t) = Yeiwt2) Calculate the amplitude of the displacements of the block for m=1, c=1, k=1, F=10,Y=5, w=5, expressed in coherent units.y(1)<+BỊ++x(1)Akkf(t)M

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For the system shown in the figure: 1) Find the response in steady state when a force is applied at pointA f(t) = Feiwt and at point B a movement is imposed y(t) = Ye*wt 2) Calculate the amplitude of the displacements of the block for m=1, c=1, k=1, F=10, Y=5, w=5, expressed in coherent units.

For the system shown in the figure: 1) Find the response in steady state when a force is applied at pointA f(t) = Feiwt and at point B a movement is imposed y(t) = Ye*wt 2) Calculate the amplitude of the displacements of the block for m=1, c=1, k=1, F=10, Y=5, w=5, expressed in coherent units.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

For the system shown in the figure:
1) Find the response in steady state when a force is applied at point A
f(t) = Feiwt and at point B a movement is imposed y(t) = Yeiwt
2) Calculate the amplitude of the displacements of the block for m=1, c=1, k=1, F=10,
Y=5, w=5, expressed in coherent units.
y(1)<+
BỊ
++x(1)
A
k
k
f(t)
M

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